JP2015514528A - Hallux valgus sandals - Google Patents

Abstract

The present invention relates to a hallux valgus sandal (1) comprising a bottom element (10) having an outer sole (12) and a sole (14). The hallux valgus sandal (1) is further annular to the metatarsal bone in cooperation with the heel support (40) for lateral support of the toe and the bottom element (10) when the sandal (1) is worn. And an adjustable midfoot belt (20). A pressure cushion (30) is arranged inside the sandal (1) in the region of the middle foot, and this pressure cushion is provided with lateral force via the pressure cushion (30) by wearing the middle foot belt (20). It is arranged so that it can be added to the metatarsal bone.

Description

  The present invention relates to a hallux valgus sandal for preventing and treating a defect state of a middle limb region and a forefoot region, in particular, a defect state of a limb called a valgus region.

  There are various causes for the defective state of the middle foot region and the forefoot region, particularly the large finger pathologically distorted state called hallux valgus. On the one hand, such defect states are congenital or inherited, while on the other hand, such defect states are based on instability in the middle foot area, especially by wearing wrong shoes or instability in the connective tissue. Caused by flattening of the vertical and horizontal bows. This flattening of the transverse arch, called the open leg, causes the individual metatarsals or phalanges to expand radially. Accordingly, the metatarsal bone of the first radiator, ie, the metatarsal located inward or near the center, is spread inwardly. Thereby, unlike the rest of the fingers, the tendon of the toe with its own tendon organ no longer passes through the center of the toe base joint, and the lateral direction of the toe base joint based on its predetermined length, i.e. It passes outside the mother joint base joint. Accordingly, the mother toe is pulled to an oblique position facing outward. The formation of hallux valgus is further strengthened by the lowering of the longitudinal bow. This is because the middle leg or forefoot rotates outwardly as viewed from above, mainly due to anatomical reasons based on this descent near the center.

  For position and orientation descriptions, a coordinate system centered on the center of the body is used herein, as is common in anatomy. Correspondingly, being inwardly or inwardly or close to the center means towards the center of the body or in each case closer to the other leg. Since the lateral direction or lateral direction means the side opposite to the center of the body in each case, the lateral direction indicates the side away from the center of the body and thus in each case the side away from the other leg.

  The metatarsal bone and the phalanges attached to it and placed in front of it are also called radiators. In that case, the inner metatarsal bone and the inner phalange arranged in front thereof are regarded as the first radiator. Since the individual radiators are numbered in ascending order in the lateral direction, the metatarsals located outside and the attached phalanges placed in front form the fifth radiator.

  Various sandals are known from the prior art to correct and / or prevent hallux valgus disease. A sandal, preferably formed as a flip-flop sandal, is known in particular from German utility model No. 20200808106. The flip-flop sandal has a shoe sole and a toe storage compartment for storing the toe separately from the remaining fingers. This known sandal further comprises a metatarsal bandage for supporting the metatarsal. The metatarsal bandage has lateral sole support sections that are pulled inwardly from the side of the upper shoe toward the center of the sole. The metatarsal bandage is centered on the sole through a centering device. This prior art is considered in the premise of claim 1.

  With the metatarsal bandage of the flip-flop-sandal, a radial correction force is applied over the entire circumference of the bandage without being limited to the midfoot region. Since the metatarsal region is almost uniformly pressure loaded from all sides when worn, the metatarsal bone is compressed without limitation. Furthermore, the orientation of the midfoot area with respect to the sole and the toe is not clearly defined, especially when lifting the lateral sole edge. Within the midfoot area, the longitudinal axis of the foot may move or rotate relative to the longitudinal axis of the sandal.

German utility model No. 20200808106 specification

  The object of the present invention is related to this prior art to prevent and / or treat a defect state by maintaining the midfoot area perfectly oriented with respect to the phalange of the first radiator during gait. Therefore, it is to provide a sandal in which a predetermined correction force is gently applied to the foot.

  This problem is solved by the hallux valgus sandal according to the present invention described in claim 1. Other advantageous embodiments of the sandal according to the invention are evident from the dependent claims.

  The hallux valgus sandal according to the present invention includes a bottom element having an outer bottom and a sole. The hallux valgus sandal is further provided with a heel support for lateral support of the tress. When wearing sandals, the midfoot belt wraps around the metatarsal of the sandal wearer along with the sole element. The length of the midfoot belt is adjustable. A pressure cushion is placed inside the sandal in the middle foot area, so that the pressure cushion can apply lateral force to the inner metatarsal via the pressure cushion by wearing the midfoot belt. Has been placed. The pressure cushion is arranged in a region close to the center of the sandal, particularly inside the midfoot belt. Thereby, when the sandals are worn, the pressing cushion is between the metatarsal belt and the metatarsal bone of the first radiator.

  The sandal according to the present invention is substantially divided into three regions in the longitudinal direction. In that case, the division into regions corresponds to the feet of the sandal wearer. For approximate description of the region, an average value of the respective lengths of the regions can be used based on the standard foot length of each foot or shoe size. There is a tarsal bone in the posterior region, which defines the foot region or hind foot region of the sandal or bottom element. The tarsal area is initially provided with a rib in the heel area and laterally with a talus somewhat in front of the rib. There are cubic bones and scaphoid bones in front of the fingers. There are also three wedge-shaped bones on the side of the cubic bone and in front of the scaphoid. A metatarsal bone is connected to the tarsal bone in front of the tarsal bone. This metatarsal bone, also called Ossa Metatarsalia, defines a metatarsal region or metatarsal. At that time, the metatarsal near the center moves somewhat forward toward the toes compared to the lateral metatarsal. As a result, the boundary of the middle foot region moves rearward in the longitudinal direction from the inner side of the foot toward the outer side of the foot. A finger region or a forefoot region is disposed in front of the middle foot region. The finger area or forefoot area is defined by the two phalanges of the toe and three phalanges, each of the second, third, fourth and smallest fingers. Each of these three regions approximately corresponds to one third of the total length of the foot.

  According to the present invention, the pressure cushion has a working length substantially in the longitudinal direction of the foot. The effective surface area of the pressure cushion contacts the foot over this length of action when applied to the pressure cushion. The length of the midfoot belt is preferably changed or shortened for application to the pressure cushion. In so doing, the length is generally shortened so that the shoe, in particular the midfoot belt and sole, touch the midfoot, wrap around the midfoot and obtain the desired corrective force. When applied, the pressure cushion and / or midfoot belt can be particularly elastically deformed depending on the material. The working length of the pressure cushion preferably corresponds to the central foot area of the sandal. Thereby, the pressure cushion contacts the metatarsal bone over the entire length of the metatarsal bone. Accordingly, correction force is applied laterally to the entire length of the metatarsal bone. In doing so, it should be noted that the correction force is usually applied indirectly through the soft part of the first metatarsal bone, rather than directly on the bone, in particular the bone of the heel joint. This prevents pain and tissue damage from the pressing force. Accordingly, the corrective force acts on the soft tissue near the center of the metatarsal bone in the anterior region of the pressure cushion, particularly on the posterior side of the heel joint, and extends posteriorly over the entire length of the metatarsal bone. The inner width of the midfoot belt preferably likewise extends over the working length of the pressure cushion. Thereby, the force applied to the pressing cushion by the midfoot belt acts uniformly.

  The pressure cushion is preferably a three-dimensionally formed element placed between the midfoot belt and the foot of the sandal wearer. At that time, the thickness of the pressure cushion, that is, the length from the midfoot belt to the foot can be changed according to the application, treatment, and the like. Since the pressure cushion can be fixed to the midfoot belt element and / or the bottom element, its length and orientation are clearly defined. By forming the pressing cushion in a three-dimensional shape, it is possible to adjust and change the action of the pressing force and the distribution of the pressing force on the metatarsals near the center. In so doing, the pressure cushion is preferably incorporated into the midfoot belt in a flowing manner without creating sharp edges. The pressure cushion preferably has a thickness in the front region that is greater than the thickness of the rear region. At this time, the shape of the pressing cushion may be a wedge shape, a convex shape, or the like. The pressure cushion can be formed in a convex shape, for example, and can be fitted to the foot arch. Sudden changes in shape and the resulting changes in pressing force should be avoided. As a result, a contour having a transition part through which various regions of the pressure cushion flows is formed, so that the pressing force is continuously changed particularly at the end of the pressure cushion. The magnitude and / or direction of the correction force to be obtained can be appropriately adjusted according to the first metatarsal bone by the cooperation of the pressing cushion and the change in the length of the metatarsal belt. Thereby, the treatment of hallux valgus is improved.

  The width of the midfoot belt is preferably narrowed from the inside to the outside. Thereby, the midfoot belt has a maximum width in the range of the pressure cushion. This improves the transmission of the pressing force to the pressing cushion. The midfoot belt is narrowed toward the outside. The midfoot belt can also be connected to the high bottom edge of the sandal. A high bottom edge can likewise be formed in the area of the pressure cushion inside the sandal. Sandals have trapezoidal or triangular notches in the midfoot belt to optimize weight and material costs and to provide good ventilation of the foot. This notch preferably has a maximum length on the inside connecting to the pressure cushion and narrows towards the outside. To reduce the load peaks caused by the force when wearing the midfoot belt, sharp corners are avoided in the midfoot belt and notches.

  As described above, the midfoot region extends obliquely rearward from the inside to the outside as seen from above. The center of the midfoot belt preferably extends substantially parallel to the border of the midfoot area. Thereby, the center similarly extends rearward from the inner side of the foot toward the outer side of the foot. At this time, the center between the front end portion and the rear end portion of the belt is regarded as the center of the midfoot belt provided with the central connection portion of the midfoot belt, so that the center is substantially in the longitudinal direction of the midfoot belt. Matches the center of gravity line. Since the center of the midfoot belt passes diagonally, the center connecting portion inside the sandal is shifted to the front side than the center connecting portion outside the sandal.

  The length of the midfoot belt is preferably variable in length by hook and loop fasteners. Since the midfoot belt is stretched by shortening the length of the midfoot belt, a tensile force is applied to the midfoot belt while the sandals are worn. This correction force is appropriately applied to the metatarsal bone of the first radiator via the metatarsal belt and the pressure cushion. Alternatively, an elastic element with suitable fasteners such as buckles or a clamping means such as a tension belt can be used. Preferably, the hook-and-loop fastener is arranged outside the sandal or midfoot belt. Advantageously, the first end of the hook and loop fastener is assembled in the bottom element. The other elements of the hook and loop fastener, i.e. the hooks for the hook and loop fastener, are arranged on the outside of the sandal, in particular at the high bottom edge. The free second end of the hook and loop fastener can be fixed to the receiving part at various positions. Thereby, a loop having a variable length is formed, and the length of the midfoot belt can be changed. Instead, the midfoot belt is formed as a midfoot belt element close to the center and as a lateral midfoot belt element. In this case, the length is changed by changing the size of the overlap. Both elements can be connected to each other at different positions by means of variable overlap, for example via push buttons or hook-and-loop fasteners.

  The hull support is preferably formed as a hoop loop. In that case, the hoop loop surrounds the hull at least partially in a ring shape with the sandals worn. It is advantageous if the main loop is formed in a U shape and is connected to the bottom element at two locations. The hull support is preferably particularly adjustable in its position and / or length. Thereby, the supporting action on the mother's heel is adjusted. The length can be adjusted, for example, via a hook-and-loop fastener. Similar to the adjustment device for the midfoot belt, various forms are possible. Instead, the hull support can be formed as a web, in which case the hull contacts the web.

  The sole of the hallux valgus sandal is preferably formed as a shaping sole. The orthopedic sole has in particular a longitudinal and / or transverse arch and a finger receptacle or depression. The sole can be provided with one or more fillings (perot). The padding is generally a medical plantar ridge. More preferably, the at least one filling is a proprioceptive filling and is formed in accordance with Golgi teachings. Thereby, the padding applies a pressing force to the leg that serves to regulate the muscle tension. In doing so, it affects the muscles to assist in the treatment of hallux valgus.

  More preferably, the bottom element is provided with a roll groove on its underside, i.e. in the region of the outer bottom, transverse to the bottom. The roll groove is arranged to assist natural roll (rotation) motion. For this purpose, the groove is arranged below the natural roll axis of the toe. The roll groove preferably extends parallel to the natural roll axis. At least one roll groove is formed. However, in general, a plurality of roll grooves arranged in front and back in the longitudinal direction and parallel to each other are formed at the bottom.

  The hallux valgus sandal according to the present invention can be made of various kinds of known materials commonly used in the prior art in the production of sandals, such as synthetic resin, cork, leather and the like. In particular, the bottom element can have other components such as an attenuation absorbing layer or element made of, for example, EVA. The outer bottom, the heel support, and part of the midfoot belt are preferably integrally formed of synthetic resin. The integral formation can be performed, for example, by firing synthetic resin granules or by injection molding or foaming synthetic resin. In particular, materials similar to Crocs sandals can be used. Such a material has some inherent elasticity. In this case, preferably, all parts of the midfoot belt except for the adjusting mechanism, for example, the hook-and-loop fastener, are integrally made of synthetic resin. The adjusting mechanism can be formed as an insert during manufacture and can be fixedly connected to the synthetic resin during the manufacturing method. In such an embodiment, the sole and / or the pressure cushion can be formed as separate parts and thereby interchangeable. In particular, the soles are formed separately. The sole is inserted into a recess in the outer sole and is held in that position by frictional connection. Thereby, the sole can be adapted to the wearer and can be made of a different material or a different mixed material than the outer sole. The bottom is preferably grooved from the front end in the area between the first and second fingers. Thereby, a heel support or a heel loop can be formed integrally with the outer sole and can be guided through the sole. This has the advantage that the elements can be tailored to the individual shape of the sandals and the wearer's requirements. Therefore, for example, the magnitude of the correction force can be adjusted to the extent of the hallux valgus defect state by the size and shape of the pressure cushion. Furthermore, the individual peculiarities of the foot can be taken into account with a suitable sole.

  Instead, the pressure cushion and / or the sole is integrally formed with a part of the outer sole, the heel support and the midfoot belt. Even in such an embodiment, other parts of the sandal can be incorporated as an insert, for example during the manufacturing process. Thereby, an effective, robust and low cost sandal can be manufactured for treating hallux valgus defect conditions.

  The hallux valgus sandal according to the present invention improves the prevention and / or treatment of hallux valgus defects. In this case, treatment is carried out according to the principle of “back to front”. This means that the treatment of the defect condition is not performed in the finger area, but in the middle leg, “in the back” and advanced to the finger area “to the front”. The correction force for the metatarsal bone can be adjusted appropriately and gently by the pressing cushion. By using a replaceable and / or individually adaptable pressure cushion, the effect of the corrective force on each foot can be further improved. The adjustment of the correction force is performed in particular by changing the length of the midfoot belt. Thereby, a tensile force is generated via the metatarsal belt, and this tensile force is transmitted to the metatarsals appropriately, i.e., sized and oriented, via the pressure cushion. This corrective force acts against the toe support, and the toe is directed straight along the axis of the first radiator without being deflected laterally by the metatarsals. This treatment prevents the metatarsal bone from spreading and provides a support force close to the center through the toe support to the toe. This provides effective treatment or prevention of hallux valgus.

It is a top view of the sandal concerning the present invention. It is a top view of the state which wore sandals. 1 shows a pressure cushion according to the present invention in contact with a foot bone. It is a front view of the sandal concerning the present invention. It is the figure which looked at the sandal concerning the present invention from the bottom. It is a three-dimensional view of the sandal according to the present invention.

  Next, the present invention will be described in detail based on the advantageous embodiments shown in the drawings.

  FIG. 1 shows a hallux valgus sandal 1 according to the present invention. The sandal 1 includes a bottom element 10 having an outer bottom 12 (see FIG. 6) and a sole 14. The sandal 1 or the sole 14 is substantially divided into three regions, a foot region 52, a midfoot region 54, and a finger region 56. These areas coincide with the human foot area. In this connection, FIG. 2 shows the state of the foot or foot bone 50 accommodated in the sandal when the sandal 1 is worn. A tarsal bone 52a is disposed in the rear region of the foot bone 50 (FIG. 3). A metatarsal bone 54a is disposed in front of the metatarsal bone 54a in the longitudinal direction, and a phalange 56a is further disposed in front of the metatarsal bone 54a. The sole 14 or the sandal 1 is provided with these three regions 52, 54, 56 defined by the corresponding bones as well as the foot. These areas can each be displayed by approximately one third of the total length of the foot. In this case, the absolute length of each follows the size of the shoe or the length of the foot. The difference is caused by the individual shape of each wearer's foot.

  The sandal 1 further includes a midfoot belt 20. The midfoot belt 20 is disposed in a substantially midfoot area 54 of the sandal 1. The midfoot belt 20 is formed integrally with the bottom element 10 inside the sandal. The midfoot belt 20 includes a surface fastener 22 in the lateral direction. The hook and loop fastener 22 is embedded in the bottom element 10 near the center of the bottom outer edge and guided out of the bottom element. The hook-and-loop fastener fixing portion in the bottom element 10 is below the lateral region of the middle foot when the sandal 1 is worn. The hook-and-loop fastener passes through a hole as the turn-up portion 26 in the midfoot belt 20 and can be fixed to the outer surface of the bottom element of the sandal 1 through the hook-and-loop fastener receiving portion 24. Therefore, a loop is formed by the hook and loop fastener 22, and the length of the midfoot belt 20 can be variably adjusted for changing through the loop.

  The middle foot belt 20 is arranged in the middle foot region of the sandal 1 according to its name, and is looped around the worn foot in the middle foot region 54 together with the bottom element 10 or the sole 14. Therefore, the metatarsal bone 54 a can be tightened by shortening the length of the metatarsal belt 20.

  The width of the midfoot belt 20 substantially matches the length of the midfoot area 54 of the sandal 1 inside the sandal 1. The width of the midfoot belt 20 is shortened in the lateral direction. Further, the middle leg belt 20 is shifted at the lateral end thereof toward the rear side in the longitudinal direction with respect to the end part close to the center thereof. Accordingly, the midfoot belt 20 extends substantially parallel to the midfoot area 54 of the foot or sandal 1. At that time, a trapezoidal notch 28 is formed in the middle leg belt 20. Thereby, the weight action is reduced or the material costs are reduced and the force action is optimized.

A pressure cushion 30 is disposed inside the sandal 1 within the range of the midfoot belt 20. The pressing cushion 30 is formed integrally with the midfoot belt 20 and the inside of the sole 14. At that time, the pressing cushion 30 contacts the inside of the foot over the action length L. As shown in the plan view of FIG. 3, the pressing cushion 30 is formed in a substantially wedge shape. In this case, the front range has a greater thickness in the lateral direction than the rear range. The pressure cushion 30 is located between the metatarsal belt 20 and the inner metatarsal 54a, that is, the metatarsal 54a of the first radiator when the sandal 1 is worn. When the midfoot belt 20 is pulled by the surface fastener 22, the correction force F _K is applied to the metatarsal bone 54 of the first radiator via the pressing cushion 30. At that time, the correction force F _K acts substantially in the lateral direction. By applying the correction force F _K , the metatarsal bone 54a, in particular, the metatarsal bone 54a of the first radiator is prevented from spreading. That is, this metatarsal bone is not taken into a defect state and thus reacts against the hallux valgus. Based on the wedge-shaped formation of the pressure cushion 30, the correction force F _K has a larger front side range than the rear side range of the middle foot 54. At that time, the front side force application point is located in the range of the soft part on the rear side of the base joint of the toe. The pressing cushion 30 or the working length L is formed substantially over the entire length of the metatarsal region 54 of the sandal 1 or over the entire length of the metatarsal bone 54a of the first radiator.

The big finger is supported by the main support 40 in the lateral direction. This hull support is formed as a hoop loop 42. As shown in FIG. 4, the loop 42 is formed in a substantially semicircular shape, and is looped around the toe with the sole 14. Thereby, the hoop loop 42 acts to counter the movement of the hull in the lateral direction. This lateral movement is caused in particular by applying a lateral correction force F _K to the metatarsal bone 54 a of the first radiator via the pressing cushion 30. Therefore, in order to counter the defect state of the hallux valgus and correct this defect state, the correction force F _K is applied to the metatarsal bone 54a of the first radiator, and the opposite force F _W is applied to the phalange 56a of the first radiator. Added to. The correction force F _K can be adjusted by the wearer himself via the length of the midfoot belt 20 or the length of the hook-and-loop fastener 22.

  The sole 14 is anatomically formed as shown in FIGS. 1 and 6 and has a large number of paddings 16 or ridges in the area of the middle and hind legs. In order to influence the nervous tissue for the purpose of regulating muscle tension, Retrocapital, stuffing (under metatarsal stuffing) 16a and thigh stuffing 16b are arranged according to the teachings of Golgi. The retro capital stuffing 16a is placed across the full width in the midfoot region and applies a pressing force to the tendon of the finger that extends below the footbone. The pressure on the tendon will relax the flexor muscles. This relaxation action is intensified by the toe padding 16b in the middle region of the middle foot. Since the heel stuffing is arranged on the retro capital stuffing 16a, the ridge from the sole is further enhanced here. When the hoop stuffing 16b is worn, it creates an additional pressing force on the hind tendon below the bone. Further, the hallux stuffing 16c is disposed in the region near the center of the sole 14 on the rear side of the heel filling 16b in the vertical direction. This valgus padding acts on the longitudinal arch muscle by its position in the hind paw area near the center. Thereby, the vertical footbow is made to stand upright.

  As shown in FIG. 5, the outer bottom 12 is provided with roll grooves 18 on its lower surface in the lateral direction. The roll groove 18 is shifted downward in parallel to the natural roll axis of the foot.

  The sandal 1 is made of a synthetic resin substantially integrally. Only the hook and loop fastener 22 is incorporated as an insert. This is done by fixedly connecting one end of the hook and loop fastener 22 to the bottom element 10. Further, the sandal 1 is provided with a receiving portion 24 for the hook-and-loop fastener 22 on the outer surface thereof. This receiving part is similarly fixedly connected to the sandal 1 as an insert. The surface fastener receiving portion 24 is formed as a felt tape having a hook, and the surface fastener 22 is formed as a fleece tape.

DESCRIPTION OF SYMBOLS 1 Sandal 10 Bottom element 12 Outer bottom 14 Foot bottom 16 Stuffing 16a Retro capital stuffing 16b Purse padding 16c Outer stuffing 18 Roll groove 20 Middle foot belt 22 Face fastener 24 Face fastener receiving part 26 Folding part 28 Notch 30 Press cushion 40 Hail Support 42 Hail Loop 50 Footbone 52 Tarsal Region 52a Tarsal Bone 54 Metatarsal Region 54a Metatarsal 56 Finger Region 56a Fingerbone

Claims (16)

A bottom element (10) having an outer sole (12) and a sole (14);
A support (40) for the main body for lateral support of the main body,
A midfoot belt (20) that wraps around the metatarsal bone in cooperation with the bottom element (10) when wearing the sandal (1);
A pressing cushion (30) disposed inside the sandal (1) in the region of the middle foot, and a lateral correction force via the pressing cushion (30) by wearing the middle foot belt (20) The pressure cushion is arranged so that can be added to the medial metatarsal bone,
A hallux valgus sandal (1) in which the length of the midfoot belt (20) can be changed and thereby the correction force can be adjusted.   The working length of the pressure cushion (30) in the longitudinal direction of the sandal (1) corresponds to the length of the midfoot region (54) near the center of the sandal (1). Item 1. A hallux valgus sandal (1) according to item 1.   3. The hallux valgus sandal (1) according to claim 2, wherein a width of the midfoot belt (20) inside the sandal (1) substantially coincides with a working length of the pressing cushion (30). ).   The hallux valgus sandal (1) according to any one of claims 1 to 3, characterized in that the width of the midfoot belt (20) is narrow in the lateral direction.   5. Hallux valgus sandal (1) according to claim 4, characterized in that the midfoot belt has a trapezoidal or triangular notch (28).   The intermediate connection point between the midfoot belt (20) and the bottom element (10) on the inner side of the sandal (10) is more than the intermediate connection point on the outer side of the sandal (10). The hallux valgus sandals (1) according to any one of claims 1 to 5, wherein the sandals (1) are arranged on the front side in the vertical direction.   The said support body for a hull (40) is formed as a hoop loop (42), and this hoop loop is wound around at least one part of the said hail when the said sandal (10) is worn. Item 7. A hallux valgus sandal (1) according to any one of items 1 to 6.   The hallux valgus sandal (1) according to claim 7, characterized in that the length of the main loop (42) can be changed.   9. The middle leg belt (20) and / or the main loop (42) are provided with hook and loop fasteners (22, 24) for changing the length. The hallux valgus sandal (1) described in the item.   10. Hallux valgus sandals (10) according to claim 9, characterized in that a receiving part (24) for the hook and loop fastener (24) of the midfoot belt (20) is arranged on the outside of the sandal (1). 1).   The hallux valgus sandal (1) according to any one of claims 1 to 10, characterized in that the sole (14) is a shaping sole.   12. Hallux valgus sandals according to any one of the preceding claims, characterized in that the sole (14) has at least one padding (16), in particular a proper receiving padding (16a, 16b, 16c). (1).   13. Hallux valgus according to any one of the preceding claims, characterized in that the outer bottom (12) has at least one roll groove (18) arranged transversely to the sandal (1). Sandals (1).   A part of said outer bottom (12), said support body (40) for said heel and said middle leg belt (20) is integrally formed with the synthetic resin, The one of Claim 1 thru | or 13 characterized by the above-mentioned. The hallux valgus sandal (1) according to one item.   The pressure cushion (30) and / or the sole (14) are formed integrally with a part of the outer sole (12), the support for the heel (40) and the midfoot belt (20). 15. Hallux valgus sandals (1) according to claim 14, characterized in that.   16. Hallux valgus sandals (1) according to any one of the preceding claims, characterized in that the sole (14) and / or the pressure cushion (30) are formed as separate parts and are interchangeable. ).

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